Kingston Technology FURY Beast 64GB 3200MT/s DDR4 CL16 DIMM (set van 2) RGB

Kingston FURY™ Beast DDR4 RGB memory combines performance and customizable RGB lighting with a low-profile black heat spreader. It supports speeds up to 3733MT/s when using Intel XMP profiles and offers automatic Plug N Play overclocking to 2666MT/s for systems without manual tuning. Modules are compatible with Intel XMP and ready for AMD Ryzen platforms, with infrared sync technology to keep lighting effects coordinated.

Advantages

The module provides high data transfer rates up to 3733MT/s with predefined Intel XMP profiles and Plug N Play automatic overclocking at 2666MT/s for straightforward upgrades. Kingston FURY CTRL software and patented Infrared Sync Technology allow customization and synchronization of RGB lighting across compatible modules. The slim black heat spreader offers a clean, unobtrusive look that fits most builds.

Key specifications

• Memory type: DDR4 RGB
• Maximum speed: up to 3733MT/s (with Intel XMP profiles)
• Automatic overclocking: Plug N Play up to 2666MT/s**
• Compatibility: Intel XMP Certified & XMP-Ready; Ready for AMD Ryzen™
• Lighting: Customisable RGB with Infrared Sync Technology
• Heat spreader: Low-profile black design

How to use

Install the memory modules into compatible DDR4 DIMM slots following your motherboard manual. For maximum performance enable the appropriate Intel XMP profile in BIOS to reach speeds up to 3733MT/s where supported. If no manual tuning is performed, the modules will auto-overclock via Plug N Play to 2666MT/s according to system BIOS limits. Use Kingston FURY CTRL software to configure and customise RGB lighting and ensure multiple modules are placed to benefit from Infrared Sync Technology for synchronized effects.

Recommendations

Verify motherboard support for target speeds and XMP profiles before enabling higher frequency settings. For RGB control and synchronized lighting across modules, install Kingston FURY CTRL and keep firmware or software up to date. When upgrading, power down the system and discharge residual power before installing modules to avoid damage.